Optimizing Computer Processing Technology Using RC Circuit

In computer hardware, processors known as multiply-accumulate operation, MAC, compute the addition of a sum of products. MAC plays a vital role in calculating and transferring digital information. As technology advances, the computational hardware must become more efficient. As a result, this paper examined the prospect of optimizing MAC operations using RC circuits. To understand the potential of using RC circuits as architecture, this paper investigated by extrapolating the circuit formulas, errors, and dependencies of variables. In designing circuits with input variables, data were collected to interpret the effectiveness of the circuitry. Through the testing of dependence in time, voltage, or resistance, whether as fixed or changing variables, the results show a positive relationship between the number of bitlines and the number of bits representable by the circuit. The fundamentals of circuitry design are crucial to understanding and expanding modern advancements in circuit MAC operations. As a result, the basic functions of every technological processing chip are continuously upgraded using the optimal selection of fundamental variables. To help with the expanding advancement, the results from this paper hope to construct and aid more advanced research within the hardware field in the future.